'What voltage' presentation slideshows

Electromagnetic Wave Theory

Electromagnetic Wave Theory. Lecture 7. Electromagnetic Radiation Fundamentals of electromagnetic waves Effects of environment Propagation of waves Surface waves Ionospheric Propagation. Ionospheric Propagation Ionospheric structure Critical frequency Maximum useable frequency

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Digital Accelerometers and Magnetometers

Digital Accelerometers and Magnetometers. Design Team 3. Introduction. Master of Ceremonies Ryan Popa Accelerometers Background and Applications Jeremy Iamurri Technical Explanation and Physics Yan Sidronio Magnetometers Background and Applications Austin Fletcher

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Lecture 7: Linear Dependent Sources

Lecture 7: Linear Dependent Sources. Today we will look at special voltage and current sources called dependent sources . A dependent source has a voltage or current that depends on a different voltage or current somewhere in the circuit (or even in a different, detached circuit). . A i I c.

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Voltage and Decibels

Voltage and Decibels. What voltage is represented by +26 dBu? 0 dBu is 0.775 volts +20 dBu is ten times the voltage, 6 dBu is twice the voltage 10 x 2 x 0.775 = 15.5 volts What voltages are represented by the following decibel values? -20 dBu +12 dBu -14 dBu. Sampling.

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Electricity

Electricity. J. McLeod Spring 2013. Charges. Atoms contain particles called protons , neutrons , and electrons . Protons (+) Electrons (-) Neutrons (0). Charges & Forces.

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SI Units & Ohms Law

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